Top Hardware Engineer Jobs

Develop and execute hardware verification and validation test plans for wearable haptic devices. Perform functional, electrical, environmental, reliability, and system-level testing on prototypes and production hardware. Diagnose failures, run root-cause analysis, design automated test methods, and collaborate with cross-functional teams to ensure product quality through EVT/DVT/PVT phases. Document results and provide technical recommendations to leadership.

Design and implement a novel AI inference engine through hardware-software co-design. Collaborate with ML, software, and cloud engineers; model PPA trade-offs; contribute to RTL design, simulation, verification, and roadmap planning to optimize inference for modern LLM workloads.

Lead a team to ensure Starlink hardware reliability from factory to field: define strategy, run root-cause investigations, develop reliability qualification and testing, automate test/data analysis, drive production quality and process improvements, monitor field metrics, and mentor engineers while ensuring ISO/quality compliance.

Design and own an automated hardware test rig integrated with CI/CD to build, flash, run, and report tests for a wearable AI device. Implement connectivity and throughput stress tests, long-duration audio and battery/thermal characterization, API-level tests, dashboards with regression flags, diagnostic tooling, and automation-driven bug triage. Establish nightly and weekly runs and partner with firmware to define automated vs. manual coverage.

The Hardware Applications Engineer will lead customer design, system integration, PCB reviews, and training, ensuring optimal audio product performance and adoption.

Design and test integrated circuits and hardware components. Analyze existing hardware and develop code for programmable devices. Requires extensive experience in hardware design and FPGA/ASIC knowledge.

Perform telemetry and log analysis and hands-on debugging to find root causes for failed phased-array, Wi‑Fi, and power-supply hardware. Build and maintain tools and software to assess device performance and reliability, run internal betas/product launches, and collaborate across engineering, production, quality, and support teams to drive corrective actions and product readiness.

Responsible for sustaining engineering, product development, and collaborating with QA engineers and R&D teams for hardware production.

Lead the hardware development for AI accelerator platforms, focusing on high-performance designs, cross-functional collaboration, and mentorship of junior engineers.

Design and integrate hardware systems for residential energy applications, focusing on battery management and inverter systems, while ensuring compliance with industry standards.

Design and implement wireless connectivity hardware for professional power tools. Support product development from concept to mass manufacture, create schematics and documentation, build and test prototypes, troubleshoot board-level issues, and work with cross-functional teams to resolve technical and schedule risks.

The Hardware Reliability Engineer will oversee reliability testing for Skip's wearable devices, manage FMEA, perform environmental stress testing, and lead root cause analyses to ensure product performance in real-world conditions.

Hands-on senior hardware design engineer responsible for schematic capture and PCB layout in Altium, high-speed SI/PI simulation, prototype bring-up, debugging, verification, and production release of mixed-signal and high-speed digital video/ networking/fiber products. Lead design reviews, mentor junior staff, coordinate cross-functional teams, and support compliance and reliability testing for mission-critical and medical-grade products.

Drive end-to-end system development for electronic systems, focusing on hardware design, system integration, debugging, and collaborating with teams. Lead chipset bring-up and optimize design for manufacturing.

Lead cross-functional hardware development from concept through production: define system architectures, allocate functionality across mechanical/electrical/RF/software/test, drive trade studies, manage interfaces, mitigate technical risks, run technical reviews, and collaborate with manufacturing and suppliers to deliver reliable defense hardware in operational environments.

Design and execute hardware validation test plans, build fixtures, automate test campaigns in Python on Linux, run ALT/HALT and environmental stress tests, perform root-cause analysis across mechanical, electrical, and firmware domains, and support EVT/DVT/PVT builds and reliability testing.

Design and develop system power hardware for next-generation networking platforms, from component selection and schematic design through board bring-up, debugging, validation, testing, margin analysis, and root-cause analysis. Collaborate with cross-functional teams to ensure robust, manufacturable, high-performance power delivery.

As a Sr. Hardware Development Engineer, you'll design, build, and test electronics for ground stations, performing failure analysis and collaborating with multi-disciplinary teams.

Design and develop hardware for natural gas flow measurement systems, lead investigations, conduct economic studies, and collaborate with cross-functional teams.

Lead end-to-end hardware design for high-speed Ethernet switches: author specs, select components, capture schematics, collaborate on PCB layout and SI/PI simulations, specify stackups, work with contract manufacturers, perform lab bring-up and complex system debug with software/test teams, drive DFM for production, and mentor junior engineers.

The Hardware Verification Engineer will create test plans, write UVM/SystemVerilog code, and collaborate with teams to implement verification strategies for complex IPs in SoC and chiplet designs.

The Hardware Systems Engineer will lead interdisciplinary projects on the development and optimization of Mill's food recycling technology, focusing on system performance and collaboration with various engineering teams.

Ownership of hardware quality in data center deployments: track and manage quality issues, perform root cause analysis, analyze metrics, drive CAPA and containment, improve RMA turnaround, maintain QMS, oversee MRB decisions, verify spares, and collaborate with operations, engineering, supply chain, and vendors. Up to 30% travel.

Manage and improve hardware quality across data center deployments: track and analyze failures, perform RCA, drive CAPA and containment, oversee RMAs and MRB, verify spares, update QMS, define quality KPIs, and collaborate with operations, engineering, supply chain, and vendors.

Design, build, and maintain hardware-in-the-loop test benches for effector platforms. Integrate high-fidelity simulation models and hardware components, develop automated test suites and regression frameworks, debug hardware-software interactions, maintain test infrastructure, document procedures, and support transition from HIL validation to integration and flight testing.